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//Chapter-7 example 9
//=============================================================================
clc;
clear;
//input data
BW = 2*10^6; //Radar Bandwidth in Hz
Fn = 9; //Noise Figure in dB
k = 1.38*10^-23; //Boltzmann constant
To = 290; //Temperature in kelvin
//Antilog Calculation
// 10*log10(Fn) = 9
//Fn = antilog(9/10) ;
Fn = 10^(9/10)
MRS = k*To*BW*(Fn-1); //Minimum Receivable signal
//Output
mprintf('Minimum Receivable signal(MRS) = %3.4f PW',MRS*10^12);
mprintf('\n Note: Calculation error in Textbook');
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